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Most of separation technologies are still in the demonstration phase
Kearney · 2021 · framework_other
Most of separation technologies are still in the demonstration phase
 For long-distance transportation of high volumes, pipelines are mature, and shipping is being studied
Kearney · 2021 · market_landscape
For long-distance transportation of high volumes, pipelines are mature, and shipping is being studied
 Transport technologies are mainly already used at a large-scale level
Kearney · 2021 · industry_trends
Transport technologies are mainly already used at a large-scale level
 The characteristics of CO2 geological storage vary by type of reservoir
Kearney · 2021 · comparison_table
The characteristics of CO2 geological storage vary by type of reservoir
 Captured CO2 can be stored in appropriate geological formations or used in the industry
Kearney · 2021 · process_diagram
Captured CO2 can be stored in appropriate geological formations or used in the industry
 Beyond geological storage, CO2 could also be reused for various revenue-generating purposes
Kearney · 2021 · other
Beyond geological storage, CO2 could also be reused for various revenue-generating purposes
 In Enhanced coalbed methane (ECBM) process, CO2 is injected into a CBM well to enhance recovery of methane whilst storing CO2 underground
Kearney · 2021 · process_diagram
In Enhanced coalbed methane (ECBM) process, CO2 is injected into a CBM well to enhance recovery of methane whilst storing CO2 underground
 Only a few new CO2 applications are in development
Kearney · 2021 · framework_other
Only a few new CO2 applications are in development
 About 60(1) CCUS projects were operational in (or advanced development phase) in 2020
Kearney · 2021 · industry_trends
About 60(1) CCUS projects were operational in (or advanced development phase) in 2020
60 — Total CCUS projects
 Most integrated projects in operation are associated with the oil and gas industry
Kearney · 2021 · case_study
Most integrated projects in operation are associated with the oil and gas industry
 The USA houses most of the CCS projects and facilities worldwide
Kearney · 2021 · geographic_map
The USA houses most of the CCS projects and facilities worldwide
 Most CCUS facilities are in OECD countries, but many projects have been terminated or cancelled (1/2)
Kearney · 2021 · market_landscape
Most CCUS facilities are in OECD countries, but many projects have been terminated or cancelled (1/2)
90 — Number of CCUS projects
 Most CCUS facilities are in OECD countries, but many projects have been terminated or cancelled (2/2)
Kearney · 2021 · market_landscape
Most CCUS facilities are in OECD countries, but many projects have been terminated or cancelled (2/2)
50 Mtpa — CO2 capture capacity (Mtpa)
 The size of CCUS projects is expected to more than double in the coming years
Kearney · 2021 · market_landscape
The size of CCUS projects is expected to more than double in the coming years
1.322% — Median CO2 capture capacity
 North America is leading the global CCUS development
Kearney · 2021 · market_landscape
North America is leading the global CCUS development
27,2 — Capture Capacity (Mtpa)
 GCC countries have great potential and ambition in CCUS development
Kearney · 2021 · market_landscape
GCC countries have great potential and ambition in CCUS development
100.0 — MtCO2 per year
 Oil & Gas and Power Generation and sectors have been leading the CCUS development
Kearney · 2021 · market_landscape
Oil & Gas and Power Generation and sectors have been leading the CCUS development
 Application of CCUS projects is extending to other large emitting sectors, including heavy industries, blue hydrogen, and chemicals
Kearney · 2021 · industry_trends
Application of CCUS projects is extending to other large emitting sectors, including heavy industries, blue hydrogen, and chemicals
 BECCS (Bioenergy and Carbon capture and storage) is a group of technologies to produce energy from biomass and store the CO2
Kearney · 2021 · context
BECCS (Bioenergy and Carbon capture and storage) is a group of technologies to produce energy from biomass and store the CO2
$100 to $200 — Cost ($ per t-CO2)
 CCUS deployment has entered an industrialization stage that is characterized by the execution of larger projects and clusters
Kearney · 2021 · process_diagram
CCUS deployment has entered an industrialization stage that is characterized by the execution of larger projects and clusters
 Global CCUS capacity is expected to more than double in the next decade, with the emergence of larger projects and clusters
Kearney · 2021 · industry_trends
Global CCUS capacity is expected to more than double in the next decade, with the emergence of larger projects and clusters
+230% — Capture capacity (Mtpa)
 CCUS facilities have been operating for decades in natural gas processing sector
Kearney · 2021 · industry_trends
CCUS facilities have been operating for decades in natural gas processing sector
 Globally, the biggest commercial CCUS plants in operation are in natural gas processing sector
Kearney · 2021 · case_study
Globally, the biggest commercial CCUS plants in operation are in natural gas processing sector
8.4 Mtpa — Mtpa
 Natural gas processing pioneered the CCS application in 1972, but really took off forty years later
Kearney · 2021 · case_study
Natural gas processing pioneered the CCS application in 1972, but really took off forty years later
 Several technology solutions are applicable to the power generation sector
Kearney · 2021 · industry_trends
Several technology solutions are applicable to the power generation sector
 Chemical absorption is the most mature carbon capture technology option in power generation
Kearney · 2021 · comparison_table
Chemical absorption is the most mature carbon capture technology option in power generation
 Carbonate fuel cell is a promising technology innovation in the power sector that produces electricity while increasing the concentration of CO2 in the flue gas
Kearney · 2021 · process_diagram
Carbonate fuel cell is a promising technology innovation in the power sector that produces electricity while increasing the concentration of CO2 in the flue gas
+200% — Power output
 Chemical innovations are helping reduce cost in extracting CO2 from post-combustion gas.
Kearney · 2021 · case_study
Chemical innovations are helping reduce cost in extracting CO2 from post-combustion gas.
$47.10 — Cost per metric ton
 CCUS use has been introduced to retrofit biomass, natural gas, or coal-fired power plants and abate their CO2 emissions
Kearney · 2021 · case_study
CCUS use has been introduced to retrofit biomass, natural gas, or coal-fired power plants and abate their CO2 emissions
 The first large-scale CCUS power plant began operation in October 2014 in Canada, marking a landmark in clean fossil-fuel power generation
Kearney · 2021 · case_study
The first large-scale CCUS power plant began operation in October 2014 in Canada, marking a landmark in clean fossil-fuel power generation
$1.42 billion — Total capital costs
 Post-combustion capture in a natural gas-fired power plant for low carbon electricity
Kearney · 2021 · client_example
Post-combustion capture in a natural gas-fired power plant for low carbon electricity
3.1 Mt — CO2 capture capacity
 CCUS combined with bioenergy at Drax biomass-fired power plant to reach negative emissions
Kearney · 2021 · case_study
CCUS combined with bioenergy at Drax biomass-fired power plant to reach negative emissions
300 kg per day — CO2 capture capacity
 First demonstration of Allan-Fetvedt Cycle gas-power plant
Kearney · 2021 · case_study
First demonstration of Allan-Fetvedt Cycle gas-power plant
100% — CO2 capture efficiency
 Retrofitting coal and gas-fired power plants with 90% CCUS would save 11 Gt of CO2 emissions per year
Kearney · 2021 · impact_sizing
Retrofitting coal and gas-fired power plants with 90% CCUS would save 11 Gt of CO2 emissions per year
11 Gt — CO2 emissions reduction
 CCUS equipment or retrofitting thermal plants is starting and expected to strengthen in the next few years
Kearney · 2021 · timeline
CCUS equipment or retrofitting thermal plants is starting and expected to strengthen in the next few years
 Recent coal power plants built in China and India provide huge potential for CCUS development
Kearney · 2021 · industry_trends
Recent coal power plants built in China and India provide huge potential for CCUS development
2,080 GW — GW
 In the cement industry, CO2 capture can be accomplished using post- and oxyfuel combustion
Kearney · 2021 · problem_statement
In the cement industry, CO2 capture can be accomplished using post- and oxyfuel combustion
 Chemical absorption is currently the most mature carbon capture technology option for the cement sector
Kearney · 2021 · comparison_table
Chemical absorption is currently the most mature carbon capture technology option for the cement sector
 CCUS can be an important decarbonization lever for the iron and steel sector
Kearney · 2021 · industry_trends
CCUS can be an important decarbonization lever for the iron and steel sector
3.6 Gt — CO2 emissions
 Chemical absorption is the most mature carbon capture technology option
Kearney · 2021 · comparison_table
Chemical absorption is the most mature carbon capture technology option
 CCUS has been introduced recently for small commercial or pilot projects in the iron and steel industry while cement-related CCUS projects are expected for 2024
Kearney · 2021 · case_study
CCUS has been introduced recently for small commercial or pilot projects in the iron and steel industry while cement-related CCUS projects are expected for 2024
0.7 Mtpa — Mtpa Capture Capacity
 CCUS for the iron and steel industry is emerging while the speed of development is expected to increase in the cement industry over the next few years with large-scale projects
Kearney · 2021 · timeline
CCUS for the iron and steel industry is emerging while the speed of development is expected to increase in the cement industry over the next few years with large-scale projects
 The largest demonstration plant of CCUS in the cement sector is based on the chemical absorption process
Kearney · 2021 · case_study
The largest demonstration plant of CCUS in the cement sector is based on the chemical absorption process
 New capture technology to lower emissions in cement production plant
Kearney · 2021 · client_example
New capture technology to lower emissions in cement production plant
185t — CO2 savings
 A commercially self-sustaining project in iron & steel industry with no government subsidies
Kearney · 2021 · case_study
A commercially self-sustaining project in iron & steel industry with no government subsidies
800,000 tons — CO2 capture capacity
 Post-combustion treatment of steel industry’s waste gases fermented into ethanol and chemicals
Kearney · 2021 · client_example
Post-combustion treatment of steel industry’s waste gases fermented into ethanol and chemicals
0.35 Mt — CO2 savings
 New post-combustion capture technology to lower emissions in iron and steel facilities
Kearney · 2021 · case_study
New post-combustion capture technology to lower emissions in iron and steel facilities
1.0 Mt — CO2 savings
 CCUS is projected to be the single largest emissions-reduction lever in chemicals production, ahead of fuel switching
Kearney · 2021 · industry_trends
CCUS is projected to be the single largest emissions-reduction lever in chemicals production, ahead of fuel switching
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